Taxonomic identification report

Sample ID: Bac1_gyrB

[analysis description + link to github repo]

Facility	Hogwarts
Analyst	John Doe
Analysis started	2025-05-03 01:28:12
Analysis completed	2025-05-03 01:28:12
Wall time	0:0:0 hours

Result overview

Inconclusive

Outcome: The analyst should attempt subjective species identification at the genus level.

Reasoning: [Flag 1C] >3 candidate species matched with high stringency (identity ≥ 98.5%).

Preliminary morphology ID confirmed?	NA
Inconclusive taxonomic identity (Flag 1C) Bacteria.

No taxa of interest provided at rank genus/species

Sample details

Locus	gyrB
Preliminary ID	Bacteria
Taxa of interest
Country	Australia
Host	rockmelon (Cucumis melo var. cantalupensis)
Sample ID	Bac1_gyrB
Query DNA sequence

Analyst evaluation

Identification of candidate species

Flag 1C: The analyst should attempt subjective species identification at the genus level
>3 candidate species matched with high stringency (identity ≥ 98.5%)

Candidate hits must meet ONE of these criteria:

Minimum alignment length	`400bp`
Minimum query coverage	`85.0%`

Candidate hits have then been classified as follows:

Classification	Alignment identity	Number of hits	Number of species
STRONG MATCH	≥ 98.5%	30	4
MODERATE MATCH	≥ 93.5%	NA	NA
NO MATCH	< 93.5%

Candidate species

Species	Hits	Identity	Database coverage
Paracidovorax citrulli	19	100.0%	Database coverage of Candidate Paracidovorax citrulli This Candidate has been independently evaluated against the reference database to determine whether sufficient reference data exists to support identification of this taxon. Insufficient coverage can result in that taxon not be correctly identified as the taxonomic identity of the sample (type-II error). For example, if your sample is from Homo sapiens, but there are no Homo sapiens DNA records in the reference database, the analysis will be unable to detect Homo sapiens as the correct taxonomic identity. In the latter case, the analysis will most likely try to assign the closest relative with existing reference data as the taxonomic identity. No database coverage information is available for this taxon. This is because database coverage is not evaluated when there are zero or >3 candidate species.
Paracidovorax avenae	9	98.8%	Database coverage of Candidate Paracidovorax avenae This Candidate has been independently evaluated against the reference database to determine whether sufficient reference data exists to support identification of this taxon. Insufficient coverage can result in that taxon not be correctly identified as the taxonomic identity of the sample (type-II error). For example, if your sample is from Homo sapiens, but there are no Homo sapiens DNA records in the reference database, the analysis will be unable to detect Homo sapiens as the correct taxonomic identity. In the latter case, the analysis will most likely try to assign the closest relative with existing reference data as the taxonomic identity. No database coverage information is available for this taxon. This is because database coverage is not evaluated when there are zero or >3 candidate species.
Acidovorax sp. NCPPB 3859	1	98.5%	Database coverage of Candidate Acidovorax sp. NCPPB 3859 This Candidate has been independently evaluated against the reference database to determine whether sufficient reference data exists to support identification of this taxon. Insufficient coverage can result in that taxon not be correctly identified as the taxonomic identity of the sample (type-II error). For example, if your sample is from Homo sapiens, but there are no Homo sapiens DNA records in the reference database, the analysis will be unable to detect Homo sapiens as the correct taxonomic identity. In the latter case, the analysis will most likely try to assign the closest relative with existing reference data as the taxonomic identity. No database coverage information is available for this taxon. This is because database coverage is not evaluated when there are zero or >3 candidate species.
Acidovorax sp. GBBC 712	1	98.5%	Database coverage of Candidate Acidovorax sp. GBBC 712 This Candidate has been independently evaluated against the reference database to determine whether sufficient reference data exists to support identification of this taxon. Insufficient coverage can result in that taxon not be correctly identified as the taxonomic identity of the sample (type-II error). For example, if your sample is from Homo sapiens, but there are no Homo sapiens DNA records in the reference database, the analysis will be unable to detect Homo sapiens as the correct taxonomic identity. In the latter case, the analysis will most likely try to assign the closest relative with existing reference data as the taxonomic identity. No database coverage information is available for this taxon. This is because database coverage is not evaluated when there are zero or >3 candidate species.

#	Accession	Hit subject	Align length	Query coverage	Bitscore	E-value	Identity
1	CP029373	Paracidovorax citrulli strain M6 chromosome, complete genome	1265	99.9%	2508.05	0.00e+00	100.0%
2	CP127364	Paracidovorax citrulli strain KACC 17001 chromosome, complete genome	1265	99.9%	2508.05	0.00e+00	100.0%
3	CP086060	Paracidovorax citrulli strain HPP21-9-4B chromosome, complete genome	1265	99.9%	2508.05	0.00e+00	100.0%
4	CP042303	Paracidovorax citrulli strain NWB SC107 chromosome, complete genome	1265	99.9%	2508.05	0.00e+00	100.0%
5	GU385478	Acidovorax citrulli strain ICMP 7500 DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	2508.05	0.00e+00	100.0%
6	CP042323	Paracidovorax citrulli strain NWB SC196 chromosome, complete genome	1265	99.9%	2508.05	0.00e+00	100.0%
7	CP086023	Paracidovorax citrulli strain HPP21-3-3B chromosome, complete genome	1265	99.9%	2508.05	0.00e+00	100.0%
8	KU984117	Paracidovorax citrulli strain AAC_213-50 DNA gyrase subunit beta (gyrB) gene, partial cds	355	28.0%	704.195	0.00e+00	100.0%
9	CP127363	Paracidovorax citrulli strain KACC 17005 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
10	CP127362	Paracidovorax citrulli strain KACC 17913 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
11	CP133289	Paracidovorax citrulli strain YDAC2 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
12	CP023687	Paracidovorax citrulli strain KACC17005 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
13	CP000512	Acidovorax citrulli AAC00-1, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
14	CP127360	Paracidovorax citrulli strain KACC 18784 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
15	CP127361	Paracidovorax citrulli strain KACC 18782 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
16	CP042302	Paracidovorax citrulli strain NWB SC074 chromosome, complete genome	1265	99.9%	2460.48	0.00e+00	99.5%
17	MT912472	Paracidovorax citrulli strain HMU50556 DNA gyrase subunit beta (gyrB) gene, partial cds	879	69.4%	1711.19	0.00e+00	99.5%
18	GU256249	Acidovorax citrulli strain 3b DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	2452.55	0.00e+00	99.4%
19	GU385476	Acidovorax citrulli strain 3 DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	2444.62	0.00e+00	99.4%
20	KU984110	Paracidovorax citrulli strain AAC_213-41 DNA gyrase subunit beta (gyrB) gene, partial cds	355	28.0%	688.337	0.00e+00	99.4%
21	GU385477	Acidovorax citrulli strain A7 DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	2418.85	0.00e+00	99.1%
22	CP156079	Paracidovorax avenae strain CNGX08 chromosome, complete genome	1265	99.9%	2453.0445	0.00e+00	98.8%
23	CP028302	Paracidovorax avenae isolate SF12 chromosome	1265	99.9%	2429.2545	0.00e+00	98.6%
24	CP028292	Paracidovorax avenae strain INDB2 chromosome	1265	99.9%	2429.2545	0.00e+00	98.6%
25	CP097266	Acidovorax sp. NCPPB 3859 chromosome, complete genome	1265	99.9%	2421.3245	0.00e+00	98.5%
26	CP028301	Paracidovorax avenae strain Sa2 chromosome	1265	99.9%	2421.3245	0.00e+00	98.5%
27	CP097265	Acidovorax sp. GBBC 712 chromosome, complete genome	1265	99.9%	2421.3245	0.00e+00	98.5%
28	GU385481	Acidovorax avenae strain ICMP 3183 DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	2357.4	0.00e+00	98.5%
29	CP028291	Paracidovorax avenae strain COLB1 chromosome	1265	99.9%	2421.3245	0.00e+00	98.5%
30	CP028297	Paracidovorax avenae strain MOR chromosome	1265	99.9%	2421.3245	0.00e+00	98.5%
31	CP002521	Acidovorax avenae subsp. avenae ATCC 19860, complete genome	1265	99.9%	2421.3245	0.00e+00	98.5%
32	CP028289	Paracidovorax avenae strain AA99_2 chromosome	1265	99.9%	2413.3945	0.00e+00	98.5%
33	CP028299	Paracidovorax avenae strain QH1 chromosome	1265	99.9%	2405.4645	0.00e+00	98.4%
34	AP035783	Acidovorax sacchari HC-19 DNA, complete genome	1265	99.9%	2405.4645	0.00e+00	98.4%
35	AP035784	Acidovorax sacchari HC-21 DNA, complete genome	1265	99.9%	2405.4645	0.00e+00	98.4%
36	CP028295	Paracidovorax avenae strain MD5 chromosome	1265	99.9%	2405.4645	0.00e+00	98.4%
37	CP028303	Paracidovorax avenae strain SH7 chromosome	1265	99.9%	2405.4645	0.00e+00	98.4%
38	CP028288	Paracidovorax avenae strain AA81_1 chromosome	1265	99.9%	2333.62	0.00e+00	98.3%
39	CP028287	Paracidovorax avenae strain AA78_5 chromosome	1265	99.9%	2373.7545	0.00e+00	98.1%
40	KP057799	Acidovorax oryzae strain A2 gyrase (gyrB) gene, partial cds	316	25.0%	579.313	4.29e-160	98.1%
41	GU385479	Acidovorax cattleyae strain ICMP 2826 DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	2293.97	0.00e+00	97.9%
42	CP028290	Paracidovorax cattleyae strain CAT98_1 chromosome	1265	99.9%	2357.8945	0.00e+00	97.9%
43	KP057798	Acidovorax oryzae strain 35 gyrase (gyrB) gene, partial cds	316	25.0%	555.526	6.22e-153	97.2%
44	KP057800	Acidovorax oryzae strain 7 gyrase (gyrB) gene, partial cds	315	24.9%	545.614	5.99e-150	96.8%
45	EU024197	Acidovorax avenae subsp. avenae strain CIP 106500 DNA gyrase subunit beta (gyrB) gene, partial cds	317	25.0%	533.721	2.28e-146	96.2%
46	CP028298	Paracidovorax avenae strain NCT3 chromosome	1265	99.9%	2151.7445000000002	0.00e+00	95.9%
47	CP028296	Paracidovorax avenae strain MDB1 chromosome	1265	99.9%	2151.7445000000002	0.00e+00	95.9%
48	CP028300	Paracidovorax avenae strain QHB1 chromosome	1265	99.9%	2151.7445000000002	0.00e+00	95.9%
49	CP028294	Paracidovorax avenae strain KL3 chromosome	1265	99.9%	2112.0945	0.00e+00	95.5%
50	GU385480	Acidovorax konjaci strain ICMP 7733 DNA gyrase subunit beta (gyrB) gene, partial cds	1265	99.9%	1960.95	0.00e+00	94.5%
51	LC669834	Acidovorax sp. SUPP 950 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1344.47	0.00e+00	92.4%
52	LC669845	Acidovorax sp. SUPP 3434 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1328.61	0.00e+00	92.2%
53	LC669843	Acidovorax sp. SUPP 2825 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1328.61	0.00e+00	92.2%
54	LC669837	Acidovorax sp. SUPP 1862 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1328.61	0.00e+00	92.2%
55	LC669835	Acidovorax sp. SUPP 952 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1328.61	0.00e+00	92.2%
56	LC669847	Acidovorax sp. SUPP 3334 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1328.61	0.00e+00	92.2%
57	LC669836	Acidovorax sp. SUPP 1855 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1320.68	0.00e+00	92.0%
58	LC669840	Acidovorax sp. SUPP 2539 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1320.68	0.00e+00	92.0%
59	LC669846	Acidovorax sp. SUPP 3458 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1296.89	0.00e+00	91.7%
60	LC669844	Acidovorax sp. SUPP 3433 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1296.89	0.00e+00	91.7%
61	LC669839	Acidovorax sp. SUPP 2613 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1288.96	0.00e+00	91.6%
62	LC669838	Acidovorax sp. SUPP 2522 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1288.96	0.00e+00	91.6%
63	LC669842	Acidovorax sp. SUPP 3383 gyrB gene for DNA gyrase subunit B, partial cds	978	77.3%	1288.96	0.00e+00	91.6%
64	LC669841	Acidovorax sp. SUPP 3272 gyrB gene for DNA gyrase subunit B, partial cds	975	77.0%	1283.02	0.00e+00	91.6%
65	CP097269	Acidovorax sp. GBBC 1281 chromosome, complete genome	1265	99.9%	1793.4394	0.00e+00	91.5%
66	CP136797	Acidovorax sp. BLS4 chromosome, complete genome	1265	99.9%	1841.0194	0.00e+00	91.2%
67	GQ980291	Caulobacter leidyia clone 2 DNA gyrase subunit B-like (gyrB) gene, partial sequence	511	40.4%	656.621	0.00e+00	91.2%
68	LR813084	Delftia tsuruhatensis isolate BB1455 genome assembly, chromosome: BB1455_hybrid	1171	92.5%	1509.9835	0.00e+00	90.9%
69	CP022656	Delftia acidovorans strain RAY209 genome	1164	91.9%	1448.032	0.00e+00	90.7%
70	AB021442	Bacterium rM9 gyrB gene for subunit B protein of DNA gyrase, partial cds	674	53.2%	837.007	0.00e+00	90.7%
71	CP017311	Hydrogenophaga sp. PBC chromosome, complete genome	1095	86.5%	1446.5461	0.00e+00	90.4%
72	CP120956	Delftia tsuruhatensis strain Ery-6A chromosome, complete genome	1168	92.3%	1416.322	0.00e+00	90.3%
73	CP097267	Acidovorax sp. NCPPB 3576 chromosome, complete genome	1265	99.9%	1689.8758	0.00e+00	90.2%
74	CP060790	Paenacidovorax monticola strain KACC 19171 chromosome, complete genome	1265	99.9%	1520.89	0.00e+00	90.2%
75	AP024172	Alicycliphilus denitrificans I51 DNA, complete genome	1265	99.9%	1557.0654	0.00e+00	90.2%
76	CP181370	Alicycliphilus denitrificans strain A12 chromosome, complete genome	1265	99.9%	1516.92	0.00e+00	90.1%
77	CP002449	Alicycliphilus denitrificans BC, complete genome	1265	99.9%	1640.8044	0.00e+00	90.1%
78	CP051298	Alicycliphilus denitrificans strain DP3 chromosome, complete genome	1265	99.9%	1640.8044	0.00e+00	90.1%
79	CP002657	Alicycliphilus denitrificans K601, complete genome	1265	99.9%	1632.8744	0.00e+00	90.0%
80	CP053915	Acidovorax sp. YS12 chromosome, complete genome	1265	99.9%	1481.24	0.00e+00	89.8%
81	CP115182	Diaphorobacter sp. ED-3 chromosome, complete genome	1265	99.9%	1563.0049	0.00e+00	89.7%
82	CP016278	Diaphorobacter nitroreducens strain SL-205 chromosome, complete genome	1265	99.9%	1473.31	0.00e+00	89.7%
83	CP049905	Diaphorobacter sp. HDW4B chromosome, complete genome	1064	84.0%	1237.9199999999998	0.00e+00	89.7%
84	AB021437	Bacterium rM3 gyrB gene for subunit B protein of DNA gyrase, partial cds	629	49.7%	732.439	3.45e-206	89.7%
85	AB021450	Bacterium rA1 gyrB gene for subunit B protein of DNA gyrase, partial cds	629	49.7%	732.439	3.45e-206	89.7%
86	CP126238	Alicycliphilus denitrificans strain Ylb10 chromosome, complete genome	1200	94.8%	1420.2854	0.00e+00	89.6%
87	CP139793	Hydrogenophaga sp. SNF1 chromosome, complete genome	1187	93.8%	1468.3509	0.00e+00	89.6%
88	AB014985	Comamonas sp. E6 gyrB gene for DNA gyrase subunit B, partial cds, clone: gy10391.icb	664	52.4%	769.61	0.00e+00	89.6%
89	CP152342	Acidovorax sp. SDU_ACID1 chromosome, complete genome	1265	99.9%	1487.6822	0.00e+00	89.5%
90	AB021444	Bacterium rM11 gyrB gene for subunit B protein of DNA gyrase, partial cds	574	45.3%	663.06	2.65e-185	89.5%
91	CP044972	Hydrogenophaga sp. PBL-H3 substr. PBL-H3(B4) chromosome, complete genome	704	55.6%	801.326	0.00e+00	89.4%
92	CP044975	Hydrogenophaga sp. PBL-H3 substr. PBL-H3(B2) chromosome, complete genome	704	55.6%	801.326	0.00e+00	89.4%
93	CP080761	Diaphorobacter sp. MNS-0 chromosome, complete genome	1265	99.9%	1523.3648999999998	0.00e+00	89.3%
94	CP135236	Delftia tsuruhatensis strain HA60 chromosome, complete genome	1197	94.5%	1358.34	0.00e+00	89.3%
95	CP118775	Delftia tsuruhatensis strain ULwDis3 chromosome, complete genome	1197	94.5%	1358.34	0.00e+00	89.3%
96	CP060714	Diaphorobacter ruginosibacter strain DSM 27467 chromosome, complete genome	1129	89.2%	1275.579	0.00e+00	89.3%
97	CP088081	Ideonella dechloratans strain CCUG 30977 chromosome, complete genome	693	54.7%	871.1980000000001	5.84e-248	89.3%
98	CP123228	Piscinibacter sp. XHJ-5 chromosome, complete genome	685	54.1%	779.521	0.00e+00	89.3%
99	CP180191	Piscinibacterium candidicorallinum strain LMG 29480 chromosome, complete genome	635	50.2%	720.054	0.00e+00	89.3%
100	CP000539	Acidovorax sp. JS42, complete genome	1265	99.9%	1515.4349	0.00e+00	89.2%
101	HQ588350	Diaphorobacter sp. QH-6 DNA gyrase subunit beta (gyrB) gene, partial cds	1235	97.6%	1390.06	0.00e+00	89.2%
102	CP152407	Acidovorax sp. FHTAMBA chromosome, complete genome	1195	94.4%	1346.45	0.00e+00	89.2%
103	AP028672	Acidovorax sp. A79 DNA, complete genome	1196	94.5%	1470.3293	0.00e+00	89.2%
104	CP049989	Hydrogenophaga crocea strain BA0156 chromosome, complete genome	1187	93.8%	1454.9673	0.00e+00	89.2%
105	MK843366	Uncultured bacterium clone contig045 genomic sequence	972	76.8%	1091.228	0.00e+00	89.2%
106	AB021436	Bacterium rM2 gyrB gene for subunit B protein of DNA gyrase, partial cds	630	49.8%	710.634	1.26e-199	89.2%
107	CP152408	Xylophilus sp. GW821-FHT01B05 chromosome, complete genome	1265	99.9%	1491.6439	0.00e+00	89.1%
108	CP065668	Delftia acidovorans strain FDAARGOS_909 chromosome, complete genome	1265	99.9%	1442.0845000000002	0.00e+00	89.1%
109	CP160388	Oryzisolibacter sp. LB2S chromosome, complete genome	1265	99.9%	1495.6077	0.00e+00	89.0%
110	CP001392	Acidovorax ebreus TPSY, complete genome	1265	99.9%	1483.7149	0.00e+00	89.0%
111	CP065406	Diaphorobacter sp. JS3051 chromosome, complete genome	1265	99.9%	1483.7149	0.00e+00	89.0%
112	AB002237	Pseudomonas sp. gene for subunit B protein of DNA gyrase, partial cds	756	59.7%	835.025	0.00e+00	88.9%
113	CP058970	Delftia acidovorans strain B804 chromosome, complete genome	1265	99.9%	1418.3045000000002	0.00e+00	88.8%
114	CP182417	Delftia tsuruhatensis strain Dt1S33 chromosome, complete genome	1265	99.9%	1370.24	0.00e+00	88.7%
115	CP017420	Delftia tsuruhatensis strain CM13 chromosome, complete genome	1265	99.9%	1370.24	0.00e+00	88.7%
116	CP104581	Delftia tsuruhatensis strain GD03927 chromosome, complete genome	1265	99.9%	1370.24	0.00e+00	88.7%
117	CP065748	Delftia lacustris strain FDAARGOS_890 chromosome, complete genome	1265	99.9%	1370.24	0.00e+00	88.7%
118	CP157763	Delftia sp. DS1230 chromosome, complete genome	1265	99.9%	1370.24	0.00e+00	88.7%
119	CP002735	Delftia sp. Cs1-4, complete genome	1265	99.9%	1402.4445	0.00e+00	88.7%
120	CP069318	Delftia lacustris strain R54 chromosome, complete genome	1197	94.5%	1302.84	0.00e+00	88.7%
121	CP054840	Comamonas antarctica strain 16-35-5 chromosome, complete genome	1076	85.0%	1166.06	0.00e+00	88.7%
122	CP166730	Comamonas sp. GB3 AK4-5 chromosome, complete genome	1127	89.0%	1248.3244	0.00e+00	88.7%
123	CP027667	Melaminivora suipulveris strain SC2-9 chromosome, complete genome	1091	86.2%	1188.361	0.00e+00	88.7%
124	CP106951	Eleftheria terrae strain P9846-PB chromosome, complete genome	700	55.3%	797.854	7.01e-226	88.7%
125	CP141274	Delftia lacustris strain DSM 21246 chromosome, complete genome	1265	99.9%	1362.31	0.00e+00	88.6%
126	CP053553	Diaphorobacter sp. JS3050 chromosome, complete genome	1265	99.9%	1444.0748999999998	0.00e+00	88.6%
127	CP169073	Delftia lacustris strain ZWP15 chromosome, complete genome	1265	99.9%	1362.31	0.00e+00	88.6%
128	AP027205	Delftia tsuruhatensis BR1R2 DNA, complete genome	1265	99.9%	1354.38	0.00e+00	88.6%
129	CP114201	Delftia acidovorans strain BIM B-1761 chromosome, complete genome	1265	99.9%	1394.5145	0.00e+00	88.6%
130	CP065627	Delftia acidovorans strain FDAARGOS_939 chromosome, complete genome	1265	99.9%	1394.5145	0.00e+00	88.6%
131	CP018101	Delftia sp. HK171, complete genome	1265	99.9%	1394.5145	0.00e+00	88.6%
132	CP099605	Comamonadaceae bacterium OTU4NAUVB1 chromosome, complete genome	1189	93.9%	1279.05	0.00e+00	88.6%
133	CP182947	Piscinibacter sakaiensis strain 201-F6 chromosome, complete genome	682	53.9%	733.929	0.00e+00	88.6%
134	CP129980	Diaphorobacter sp. C33 chromosome, complete genome	1265	99.9%	1436.1449	0.00e+00	88.5%
135	CP171815	Delftia tsuruhatensis strain B7 chromosome, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
136	CP141536	Delftia lacustris strain LzhVag01 chromosome, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
137	CP045291	Delftia tsuruhatensis strain TR1180 chromosome, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
138	CP109857	Delftia tsuruhatensis strain GSK TC1 chromosome, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
139	CP049795	Delftia sp. WY8 chromosome, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
140	AP025556	Delftia lacustris HQS1 DNA, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
141	CP109906	Delftia sp. UGAL515B_04 chromosome, complete genome	1265	99.9%	1346.45	0.00e+00	88.5%
142	CP066006	Delftia acidovorans strain FDAARGOS_997 chromosome, complete genome	1265	99.9%	1386.5845000000002	0.00e+00	88.5%
143	CP060783	Diaphorobacter aerolatus strain KACC 16536 chromosome, complete genome	995	78.6%	1068.93	0.00e+00	88.5%
144	CP024645	Piscinibacter gummiphilus strain NBRC 109400 chromosome, complete genome	682	53.9%	819.6583	1.91e-232	88.5%
145	CP015118	Piscinibacter gummiphilus strain NS21, complete genome	682	53.9%	819.6583	1.91e-232	88.5%
146	CP094346	Diaphorobacter sp. LI3 chromosome, complete genome	1265	99.9%	1428.2158000000002	0.00e+00	88.4%
147	CP019171	Delftia acidovorans isolate ANG1, complete genome	1265	99.9%	1370.7245	0.00e+00	88.4%
148	CP065695	Delftia acidovorans strain FDAARGOS_891 chromosome, complete genome	1265	99.9%	1370.7245	0.00e+00	88.4%
149	CP000884	Delftia acidovorans SPH-1, complete genome	1265	99.9%	1370.7245	0.00e+00	88.4%
150	CP049910	Diaphorobacter sp. HDW4A chromosome, complete genome	1059	83.6%	1124.923	0.00e+00	88.4%
151	CP075183	Hydrogenophaga taeniospiralis strain LT2 chromosome, complete genome	1144	90.4%	1208.183	0.00e+00	88.4%
152	CP138496	Variovorax sp. EBFNA2 chromosome, complete genome	1265	99.9%	1354.8654	0.00e+00	88.3%
153	CP033069	Acidovorax sp. 1608163 chromosome, complete genome	1195	94.4%	1315.7208	0.00e+00	88.3%
154	OY729424	MAG: uncultured Paucibacter sp. isolate 16becde1-7ee0-41cf-90b4-78e093466c12 genome assembly, chromosome: 1	689	54.4%	724.5097000000001	8.40e-204	88.3%
155	CP171978	Variovorax sp. UC74_104 chromosome, complete genome	1265	99.9%	1354.8654	0.00e+00	88.2%
156	CP027773	Variovorax sp. PMC12 chromosome 1, complete sequence	1265	99.9%	1428.7093	0.00e+00	88.2%
157	CP035951	Acidovorax sp. JMULE5 chromosome	1196	94.5%	1335.0448999999999	0.00e+00	88.2%
158	CP059256	Burkholderiaceae bacterium isolate SSC6 chromosome, complete genome	1187	93.8%	1260.2133999999999	0.00e+00	88.2%
159	AP029019	Acidovorax sp. DW039 DNA, complete genome	1265	99.9%	1306.8	0.00e+00	88.1%
160	CP070343	Variovorax sp. PDNC026 chromosome, complete genome	1265	99.9%	1428.7093	0.00e+00	88.1%
161	CP118632	Herbaspirillum sp. WKF16 chromosome, complete genome	629	49.7%	746.3149999999999	2.29e-210	88.1%
162	CP157618	Variovorax sp. 375MFSha3.1 chromosome, complete genome	1265	99.9%	1331.0854	0.00e+00	88.0%
163	AB002234	Comamonas acidovorans gene for subunit B protein of DNA gyrase, partial cds	982	77.6%	1011.45	0.00e+00	88.0%
164	CP162006	Rhodoferax sp. WC2427 chromosome, complete genome	720	56.9%	738.3864	5.58e-208	88.0%
165	CP047650	Xylophilus rhododendri strain KACC 21265 chromosome, complete genome	1265	99.9%	1290.95	0.00e+00	87.9%
166	CP045644	Variovorax paradoxus strain 5C-2 chromosome, complete genome	1265	99.9%	1364.7839	0.00e+00	87.9%
167	CP172004	Variovorax sp. UC122_21 chromosome 1, complete sequence	1265	99.9%	1396.9903	0.00e+00	87.9%
168	CP021361	Acidovorax carolinensis strain NA3 chromosome 1, complete sequence	1196	94.5%	1253.7754	0.00e+00	87.9%
169	CP027792	Pulveribacter suum strain SC2-7 chromosome, complete genome	1160	91.6%	1182.411	0.00e+00	87.9%
170	CP018845	Herbaspirillum robiniae strain AA6 chromosome, complete genome	629	49.7%	720.5452	1.31e-202	87.9%
171	CP150725	Achromobacter denitrificans strain TVCGH10476 chromosome, complete genome	658	52.0%	752.754	2.64e-212	87.9%
172	CP054569	Achromobacter denitrificans strain FDAARGOS_787 chromosome, complete genome	658	52.0%	752.754	2.64e-212	87.9%
173	CP154792	Achromobacter denitrificans strain BP1 chromosome, complete genome	658	52.0%	752.754	2.64e-212	87.9%
174	CP053987	Achromobacter denitrificans strain FDAARGOS_786 chromosome, complete genome	658	52.0%	752.754	2.64e-212	87.9%
175	CP033730	Achromobacter denitrificans strain PheN1 chromosome, complete genome	658	52.0%	752.754	2.64e-212	87.9%
176	CP020917	Achromobacter denitrificans strain PR1, complete genome	658	52.0%	752.754	2.64e-212	87.9%
177	CP053986	Achromobacter denitrificans strain FDAARGOS_788 chromosome, complete genome	658	52.0%	752.754	2.64e-212	87.9%
178	CP157611	Variovorax sp. NFACC28 chromosome, complete genome	1265	99.9%	1389.0612	0.00e+00	87.8%
179	CP157613	Variovorax sp. NFACC27 chromosome, complete genome	1265	99.9%	1389.0612	0.00e+00	87.8%
180	CP157609	Variovorax sp. NFACC29 chromosome, complete genome	1265	99.9%	1389.0612	0.00e+00	87.8%
181	CP157614	Variovorax sp. NFACC26 chromosome, complete genome	1265	99.9%	1389.0612	0.00e+00	87.8%
182	CP070223	Hydrogenophaga sp. YM1 chromosome, complete genome	1265	99.9%	1344.9539	0.00e+00	87.8%
183	CP102931	Variovorax paradoxus strain JBCE486 chromosome, complete genome	1265	99.9%	1307.2954	0.00e+00	87.8%
184	CP063166	Variovorax paradoxus strain VAI-C chromosome, complete genome	1265	99.9%	1389.0602999999999	0.00e+00	87.8%
185	CP021648	Acidovorax sp. T1, complete sequence	1196	94.5%	1213.64	0.00e+00	87.8%
186	CP021366	Acidovorax carolinensis strain P4 chromosome, complete genome	1196	94.5%	1245.8454	0.00e+00	87.8%
187	CP021362	Acidovorax carolinensis strain P3 chromosome, complete genome	1200	94.8%	1245.8454	0.00e+00	87.8%
188	CP016447	Acidovorax sp. RAC01 chromosome, complete genome	1196	94.5%	1321.6634999999999	0.00e+00	87.8%
189	CP021359	Acidovorax carolinensis strain NA2 chromosome, complete genome	1196	94.5%	1237.9154	0.00e+00	87.8%
190	CP029344	Hydrogenophaga sp. NH-16 chromosome	1227	96.9%	1243.863	0.00e+00	87.8%
191	CP037867	Hydrogenophaga pseudoflava strain DSM 1084 chromosome, complete genome	1227	96.9%	1243.8629999999998	0.00e+00	87.8%
192	JX264174	Ralstonia solanacearum strain Rs-09-193 DNA gyrase B (gyrB) gene, partial cds	646	51.0%	654.639	0.00e+00	87.8%
193	CP036344	Achromobacter denitrificans strain TB chromosome, complete genome	658	52.0%	746.807	1.63e-210	87.8%
194	CP106881	Comamonas endophytica strain 5MLIR chromosome, complete genome	1265	99.9%	1267.16	0.00e+00	87.7%
195	CP040709	Inhella inkyongensis strain IMCC1713 chromosome, complete genome	1015	80.2%	1046.1294	1.28e-300	87.7%
196	CP083589	Herbaspirillum frisingense strain AU14559 chromosome, complete genome	674	53.2%	772.085	4.01e-218	87.7%
197	JN936190	Ralstonia solanacearum strain TRs-Cal DNA gyrase B (gyrB) gene, partial cds	646	51.0%	646.71	2.21e-180	87.7%
198	KF275599	Ralstonia solanacearum strain CFBP4812 DNA gyrase subunit B (gyrB) gene, partial cds	581	45.9%	581.295	1.09e-160	87.7%
199	CP157634	Variovorax paradoxus strain 110B chromosome 1, complete sequence	1265	99.9%	1340.9958000000001	0.00e+00	87.6%
200	GQ980293	Variovorax paradoxus clone F DNA gyrase subunit B-like (gyrB) gene, partial sequence	1266	100.0%	1261.21	0.00e+00	87.6%
201	CP136995	Ottowia sp. SB7-C50 chromosome, complete genome	1262	99.7%	1253.28	0.00e+00	87.6%
202	AB014953	Variovorax paradoxus gyrB gene for DNA gyrase subunit B, partial cds, clone: gy10066.icb	1266	100.0%	1253.28	0.00e+00	87.6%
203	CP157620	Variovorax sp. 350MFTsu5.1 chromosome, complete genome	1265	99.9%	1335.0471	0.00e+00	87.6%
204	CP157622	Variovorax sp. 278MFTsu5.1 chromosome, complete genome	1265	99.9%	1291.4354	0.00e+00	87.6%
205	AP028661	Variovorax sp. V116 DNA, complete genome	1265	99.9%	1373.1993	0.00e+00	87.6%
206	CP116346	Paucibacter sediminis strain S2-9 chromosome, complete genome	1112	87.8%	1111.051	0.00e+00	87.6%
207	CP116009	Ramlibacter tataouinensis strain DMF-7 chromosome, complete genome	1084	85.6%	1079.828	0.00e+00	87.6%
208	MZ819009	Ralstonia pseudosolanacearum strain PL210 DNA topoisomerase (ATP-hydrolyzing) subunit B (gyrB) gene, partial cds	691	54.6%	688.337	0.00e+00	87.6%
209	KJ626167	Ralstonia solanacearum strain RsRC-B1 DNA gyrase gene, partial cds	691	54.6%	688.337	0.00e+00	87.6%
210	CP157624	Variovorax sp. 160MFSha2.1 chromosome, complete genome	1265	99.9%	1327.1181	0.00e+00	87.5%
211	AP028659	Variovorax sp. V15 DNA, complete genome	1265	99.9%	1327.1171	0.00e+00	87.5%
212	CP062121	Variovorax sp. 38R chromosome, complete genome	1265	99.9%	1357.3402999999998	0.00e+00	87.5%
213	CP179718	Variovorax sp. SCN45 chromosome 1, complete sequence	1265	99.9%	1357.3393	0.00e+00	87.5%
214	CP091716	Variovorax paradoxus strain IPSP_MA_2 chromosome	1265	99.9%	1357.3393	0.00e+00	87.5%
215	AP028671	Variovorax sp. V77 DNA, complete genome	1265	99.9%	1357.3393	0.00e+00	87.5%
216	AP028663	Variovorax sp. V118 DNA, complete genome	1265	99.9%	1357.3393	0.00e+00	87.5%
217	AP028666	Variovorax sp. V35 DNA, complete genome	1265	99.9%	1357.3393	0.00e+00	87.5%
218	CP049885	Acidovorax sp. HDW3 chromosome, complete genome	1206	95.3%	1193.81	0.00e+00	87.5%
219	CP171997	Acidovorax delafieldii strain UC81_30 chromosome, complete genome	1195	94.4%	1287.9654	0.00e+00	87.5%
220	GQ980302	Acidovorax delafieldii clone R1 DNA gyrase subunit B-like (gyrB) gene, partial sequence	893	70.5%	882.599	0.00e+00	87.5%
221	JX264178	Ralstonia solanacearum strain Rs-11-349 DNA gyrase B (gyrB) gene, partial cds	646	51.0%	638.781	5.39e-178	87.5%
222	JX264167	Ralstonia solanacearum strain Rs-10-253 DNA gyrase B (gyrB) gene, partial cds	646	51.0%	638.781	5.39e-178	87.5%
223	KC188152	Ralstonia solanacearum strain CFBP 3059 DNA gyrase B (gyrB) gene, partial cds	612	48.3%	603.1	2.97e-167	87.5%
224	KF275598	Ralstonia solanacearum strain PSS525 DNA gyrase subunit B (gyrB) gene, partial cds	581	45.9%	573.366	2.65e-158	87.5%
225	AP029225	Beta proteobacterium TEGF003 DNA, complete genome	1265	99.9%	1235.44	0.00e+00	87.4%
226	CP170558	Variovorax boronicumulans strain UC19_11 chromosome, complete genome	1265	99.9%	1317.2039	0.00e+00	87.4%
227	LR743507	Variovorax paradoxus isolate vvax genome assembly, chromosome: 1	1265	99.9%	1341.4903	0.00e+00	87.4%
228	CP117193	Acidovorax temperans strain LMJ chromosome, complete genome	1196	94.5%	1274.0854000000002	0.00e+00	87.4%
229	AP026969	Comamonadaceae bacterium OS-1 DNA, nearly complete genome	700	55.3%	682.391	0.00e+00	87.4%
230	JN936186	Ralstonia solanacearum strain GRs-Pvl DNA gyrase B (gyrB) gene, gyrB-27 allele, partial cds	646	51.0%	630.852	1.31e-175	87.4%
231	JX264173	Ralstonia solanacearum strain Rs-09-198 DNA gyrase B (gyrB) gene, partial cds	646	51.0%	630.852	1.31e-175	87.4%
232	KF275597	Ralstonia solanacearum strain CMR44 DNA gyrase subunit B (gyrB) gene, partial cds	581	45.9%	565.437	6.45e-156	87.4%
233	LT907988	Alcaligenaceae bacterium LMG 29303 isolate Orrdi1 genome assembly, chromosome: I	842	66.5%	926.1946	1.63e-264	87.4%
234	CP046508	Variovorax sp. RKNM96 chromosome, complete genome	1265	99.9%	1301.3448999999998	0.00e+00	87.3%
235	CP157636	Variovorax paradoxus strain 4MFCol3.1 chromosome, complete genome	1265	99.9%	1333.5593	0.00e+00	87.3%
236	CP001220	Comamonas thiooxydans strain CNB-1 substr. CNB-2 chromosome, complete genome	1106	87.4%	1107.5794	0.00e+00	87.3%
237	CP053418	Ramlibacter terrae strain H242 chromosome, complete genome	1212	95.7%	1172.501	0.00e+00	87.3%
238	JX264176	Ralstonia solanacearum strain Rs-10-216 DNA gyrase B (gyrB) gene, partial cds	646	51.0%	630.852	1.31e-175	87.3%
239	CP026124	Achromobacter sp. AONIH1 chromosome, complete genome	622	49.1%	680.9000000000001	1.13e-190	87.3%
240	CP023284	Variovorax boronicumulans strain J1 chromosome, complete genome	1265	99.9%	1293.4239	0.00e+00	87.2%
241	CP002417	Variovorax paradoxus EPS, complete genome	1265	99.9%	1317.7003	0.00e+00	87.2%
242	CP147774	Acidovorax temperans strain AA22 chromosome	1200	94.8%	1258.2354	0.00e+00	87.2%
243	CP019236	Rhodoferax koreense, complete genome	1196	94.5%	1242.3726000000001	0.00e+00	87.2%
244	CP004012	Ralstonia solanacearum FQY_4, complete genome	1010	79.8%	1044.6381999999999	3.60e-300	87.2%
245	FN543105	Curvibacter putative symbiont of Hydra magnipapillata genomic scaffold HmaUn_WGA70176_1	704	55.6%	682.391	0.00e+00	87.2%
246	GU734706	Sphaerotilus natans subsp. natans strain D-380 DNA gyrase subunit B (gyrB) gene, partial cds	690	54.5%	662.568	0.00e+00	87.2%
247	CP003911	Variovorax paradoxus B4 chromosome 1, complete sequence	1265	99.9%	1317.7012	0.00e+00	87.1%
248	CP046622	Variovorax paradoxus strain CSUSB chromosome, complete genome	1265	99.9%	1235.9354	0.00e+00	87.1%
249	CP043573	Comamonas testosteroni strain R5-28 chromosome, complete genome	1160	91.6%	1107.087	0.00e+00	87.1%
250	CP140157	Comamonas testosteroni strain DSMZ 14576 chromosome, complete genome	1156	91.3%	1107.087	0.00e+00	87.1%
251	LN899827	Ralstonia solanacearum genome assembly 9 genomes, chromosome : IX	1010	79.8%	1036.7092	8.77e-298	87.1%
252	AP025730	Sphaerotilus sp. FB-5 DNA, complete genome	693	54.7%	660.586	0.00e+00	87.1%
253	CP006704	Comamonas testosteroni TK102, complete genome	1160	91.6%	1172.9939	0.00e+00	87.0%
254	CP059067	Rhizobacter sp. AJA081-3 chromosome	1116	88.2%	1083.7924	0.00e+00	87.0%
255	CP011371	Schlegelella brevitalea strain DSM 7029, complete genome	692	54.7%	658.603	0.00e+00	87.0%
256	CP150897	Achromobacter xylosoxidans strain TVCGH4589 chromosome, complete genome	622	49.1%	663.0600000000001	2.65e-185	87.0%
257	LT607803	Variovorax sp. HW608 genome assembly, chromosome: I	1265	99.9%	1187.87	0.00e+00	86.9%
258	CP138513	Variovorax paradoxus strain SPNA7 chromosome, complete genome	1263	99.8%	1297.8712	0.00e+00	86.9%
259	AP028657	Variovorax sp. V11 DNA, complete genome	1265	99.9%	1293.9112	0.00e+00	86.9%
260	AP028667	Variovorax sp. V59 DNA, complete genome	1265	99.9%	1293.9112	0.00e+00	86.9%
261	CP094240	Comamonas sp. 7D-2evo2 chromosome, complete genome	1171	92.5%	1178.9409	0.00e+00	86.9%
262	CP094238	Comamonas sp. 7D-2 chromosome, complete genome	1171	92.5%	1178.9409	0.00e+00	86.9%
263	CP094239	Comamonas sp. 7D-2evo1 chromosome, complete genome	1171	92.5%	1178.9409	0.00e+00	86.9%
264	CP063057	Comamonas thiooxydans strain ZDHYF418 chromosome, complete genome	1171	92.5%	1203.2203	0.00e+00	86.9%
265	CP110415	Caldimonas thermodepolymerans strain LMG 21645 chromosome, complete genome	1107	87.4%	1033.743	6.85e-297	86.9%
266	CP110416	Caldimonas thermodepolymerans strain DSM 15264 chromosome, complete genome	1107	87.4%	1033.743	6.85e-297	86.9%
267	CP064338	Caldimonas thermodepolymerans strain DSM 15344 chromosome, complete genome	1107	87.4%	1033.743	6.85e-297	86.9%
268	CP181346	Delftia sp. PS-11 chromosome, complete genome	1265	99.9%	1179.94	0.00e+00	86.8%
269	CP168540	Variovorax sp. Varisp41 strain CT11-41 chromosome 1, complete sequence	1265	99.9%	1253.7749	0.00e+00	86.8%
270	CP157632	Variovorax paradoxus strain 295MFChir4.1 chromosome 1, complete sequence	1265	99.9%	1253.7739	0.00e+00	86.8%
271	CP157630	Variovorax paradoxus strain 349MFTsu5.1 chromosome 1, complete sequence	1265	99.9%	1253.7739	0.00e+00	86.8%
272	CP157628	Variovorax paradoxus strain 369MFTsu5.1 chromosome 1, complete sequence	1265	99.9%	1253.7739	0.00e+00	86.8%
273	CP027669	Simplicispira suum strain SC1-8 chromosome, complete genome	1200	94.8%	1118.49	0.00e+00	86.8%
274	CP101743	Comamonas sp. C11 chromosome, complete genome	1171	92.5%	1089.247	0.00e+00	86.8%
275	AP025193	Comamonas thiooxydans NR4028 DNA, complete genome	1171	92.5%	1089.247	0.00e+00	86.8%
276	CP090445	Comamonas testosteroni strain X13 chromosome, complete genome	1171	92.5%	1163.0828999999999	0.00e+00	86.8%
277	CP053920	Comamonas thiooxydans strain QYY chromosome, complete genome	1171	92.5%	1121.4554	0.00e+00	86.8%
278	CP066783	Comamonas fluminis strain CJ34 chromosome, complete genome	1107	87.4%	1113.5261	0.00e+00	86.8%
279	KC188149	Ralstonia solanacearum strain GBBC 1112 DNA gyrase B (gyrB) gene, partial cds	691	54.6%	640.763	1.36e-178	86.8%
280	MZ818975	Ralstonia solanacearum strain A5287 DNA topoisomerase (ATP-hydrolyzing) subunit B (gyrB) gene, partial cds	691	54.6%	640.763	1.36e-178	86.8%
281	KC188150	Ralstonia solanacearum strain GBBC 729 DNA gyrase B (gyrB) gene, partial cds	691	54.6%	640.763	1.36e-178	86.8%
282	CP045094	Burkholderia perseverans strain INN12 chromosome 1	635	50.2%	593.189	2.86e-164	86.8%
283	CP033641	Burkholderia glumae strain YH38 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
284	CP100203	Burkholderia glumae strain PW30RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
285	CP100268	Burkholderia glumae strain BGR68S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
286	CP100238	Burkholderia glumae strain BGR22S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
287	CP100256	Burkholderia glumae strain BGR76S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
288	CP100280	Burkholderia glumae strain YH8 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
289	CP023203	Burkholderia glumae strain 336gr-1 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
290	CP001503	Burkholderia glumae BGR1 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
291	CP033645	Burkholderia glumae strain YH43 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
292	CP130145	Burkholderia glumae strain BD_21g chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
293	CP100150	Burkholderia glumae strain BGR82S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
294	CP100244	Burkholderia glumae strain BGR28S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
295	CP033666	Burkholderia glumae strain BGR21S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
296	CP100156	Burkholderia glumae strain BGR49S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
297	CP100250	Burkholderia glumae strain BGR35S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
298	CP100300	Burkholderia glumae strain BGR81S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
299	CP100215	Burkholderia glumae strain SW2RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
300	CP100186	Burkholderia glumae strain SL-947S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
301	CP021074	Burkholderia glumae strain 957856-41-c chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
302	CP100296	Burkholderia glumae strain SL-2395S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
303	CP100136	Burkholderia glumae strain R93 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
304	CP033653	Burkholderia glumae strain YH67 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
305	CP033672	Burkholderia glumae strain BGR80S chromosome, complete genome	632	49.9%	587.242	1.76e-162	86.8%
306	CP047315	Burkholderia glumae AU6208 chromosome au01, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
307	CP100291	Burkholderia glumae strain R2 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
308	CP100197	Burkholderia glumae strain PERW1RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
309	CP100209	Burkholderia glumae strain EW10RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
310	CP100144	Burkholderia glumae strain BGR39S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
311	CP100168	Burkholderia glumae strain BGR59S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
312	CP100174	Burkholderia glumae strain BGR86S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
313	CP100262	Burkholderia glumae strain BGR79S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
314	CP100162	Burkholderia glumae strain BGR57S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
315	CP066791	Burkholderia glumae strain FDAARGOS_921 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
316	CP100181	Burkholderia glumae strain R5 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
317	CP009435	Burkholderia glumae LMG 2196 = ATCC 33617 chromosome I, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
318	CP100221	Burkholderia glumae strain POW17RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
319	CP100191	Burkholderia glumae strain TW34RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
320	CP100227	Burkholderia glumae strain SEW1RS chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
321	CP099587	Burkholderia glumae strain GR20004 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
322	CP100274	Burkholderia glumae strain BGR73S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
323	CP052867	Burkholderia glumae strain HN1 chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
324	CP033664	Burkholderia glumae strain BGR15S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
325	CP100233	Burkholderia glumae strain BGR19S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
326	CP100131	Burkholderia glumae strain BGR85S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
327	CP100140	Burkholderia glumae strain BGR33S chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
328	CP065601	Burkholderia glumae strain FDAARGOS_949 chromosome 2, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
329	CP045087	Burkholderia glumae strain GX chromosome 1, complete sequence	632	49.9%	587.242	1.76e-162	86.8%
330	CP138515	Variovorax paradoxus strain 2u118 chromosome, complete genome	1265	99.9%	1245.8468	0.00e+00	86.7%
331	CP096918	Comamonas aquatica strain NY8661 chromosome, complete genome	1265	99.9%	1172.01	0.00e+00	86.7%
332	CP016603	Comamonas aquatica strain CJG genome	1265	99.9%	1172.01	0.00e+00	86.7%
333	CP104279	Comamonas aquatica strain SCLZS63 chromosome, complete genome	1265	99.9%	1164.08	0.00e+00	86.7%
334	CP072916	Comamonas aquatica strain NEB418 chromosome, complete genome	1265	99.9%	1164.08	0.00e+00	86.7%
335	LR594662	Variovorax sp. RA8 genome assembly, chromosome: 1	1265	99.9%	1164.08	0.00e+00	86.7%
336	LR813086	Comamonas aquatica isolate BB1454 genome assembly, chromosome: BB1454_hybrid	1265	99.9%	1164.08	0.00e+00	86.7%
337	CP071796	Ottowia testudinis strain 27C chromosome, complete genome	1262	99.7%	1158.13	0.00e+00	86.7%
338	CP170553	Hydrogenophaga sp. UC242_50 chromosome	1265	99.9%	1152.19	0.00e+00	86.7%
339	CP170552	Hydrogenophaga sp. UC242_53 chromosome, complete genome	1265	99.9%	1152.19	0.00e+00	86.7%
340	CP063400	Hydrogenophaga sp. SL48 chromosome, complete genome	1265	99.9%	1172.5054	0.00e+00	86.7%
341	GQ980296	Acidovorax delafieldii clone K DNA gyrase subunit B-like (gyrB) gene, partial sequence	1188	93.8%	1094.7	0.00e+00	86.7%
342	CP083911	Tepidimonas taiwanensis strain LMG 22826 chromosome, complete genome	1099	86.8%	1019.38	0.00e+00	86.7%
343	CP043568	Comamonas testosteroni strain T5-67 chromosome, complete genome	1171	92.5%	1155.1539	0.00e+00	86.7%
344	CP083938	Comamonas thiooxydans strain CSUSB4 chromosome, complete genome	1171	92.5%	1081.318	0.00e+00	86.7%
345	LN879547	Comamonas thiooxydans isolate C19 genome assembly, chromosome: I	1171	92.5%	1081.318	0.00e+00	86.7%
346	CP079703	Comamonas thiooxydans strain N1 chromosome, complete genome	1171	92.5%	1081.318	0.00e+00	86.7%
347	CP029606	Methylibium sp. Pch-M chromosome, complete genome	1145	90.4%	1131.3663000000001	0.00e+00	86.7%
348	CP150899	Achromobacter xylosoxidans strain TVCGH4238 chromosome, complete genome	622	49.1%	647.2014999999999	1.57e-180	86.7%
349	KJ628288	Ralstonia solanacearum strain CRs_Gr gyrase B (gyrB) gene, partial cds	600	47.4%	555.526	6.22e-153	86.7%
350	CP003872	Acidovorax sp. KKS102, complete genome	1196	94.5%	1094.7	0.00e+00	86.6%
351	CP154474	Vandammella animalimorsus strain W29-2 chromosome, complete genome	1058	83.6%	959.907	0.00e+00	86.6%
352	CP129672	Comamonas testosteroni strain MWF001 chromosome, complete genome	1160	91.6%	1133.3488	0.00e+00	86.6%
353	CP016449	Hydrogenophaga sp. RAC07 chromosome, complete genome	1225	96.8%	1115.016	0.00e+00	86.6%
354	CP029210	Aquabacterium olei strain NBRC 110486 chromosome, complete genome	1102	87.0%	1028.2884000000001	3.00e-295	86.6%
355	JN936188	Ralstonia solanacearum strain PRs-Pun DNA gyrase B (gyrB) gene, partial cds	691	54.6%	632.834	3.32e-176	86.6%
356	AB020265	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6217	687	54.3%	632.834	3.32e-176	86.6%
357	CP013692	Paucibacter sp. KCTC 42545, complete genome	800	63.2%	730.457	1.36e-205	86.6%
358	CP035900	Burkholderia glumae strain 257sh-1 chromosome 1, complete sequence	632	49.9%	579.313	4.29e-160	86.6%
359	CP021157	Burkholderia glumae strain 411gr-6 chromosome 1, complete sequence	632	49.9%	579.313	4.29e-160	86.6%
360	CP033656	Burkholderia glumae strain BGR13S chromosome 1, complete sequence	632	49.9%	579.313	4.29e-160	86.6%
361	CP052132	Burkholderia glumae strain HN2 chromosome 1, complete sequence	632	49.9%	579.313	4.29e-160	86.6%
362	CP100285	Burkholderia glumae strain BGR48S chromosome 1, complete sequence	632	49.9%	579.313	4.29e-160	86.6%
363	CP157626	Variovorax paradoxus NBRC 15149 chromosome 1, complete sequence	1265	99.9%	1222.0558	0.00e+00	86.5%
364	CP137854	Xylophilus sp. GOD-11R chromosome, complete genome	1265	99.9%	1148.22	0.00e+00	86.5%
365	AB014966	Variovorax paradoxus gyrB gene for DNA gyrase subunit B, partial cds, clone: gy10337.icb	1265	99.9%	1148.22	0.00e+00	86.5%
366	AP028664	Variovorax sp. V213 DNA, complete genome	1265	99.9%	1256.2525	0.00e+00	86.5%
367	AP026738	Comamonas thiooxydans R2 DNA, complete genome	1160	91.6%	1125.4199	0.00e+00	86.5%
368	CP044131	Comamonas testosteroni strain NFYY023 chromosome, complete genome	1080	85.3%	984.187	5.67e-282	86.5%
369	CP170561	Burkholderiaceae bacterium UC74_6 chromosome, complete genome	1102	87.0%	996.08	1.49e-285	86.5%
370	CP126124	MAG: Burkholderiaceae bacterium isolate bin_007 chromosome, complete genome	701	55.4%	636.798	2.13e-177	86.5%
371	AB021457	Bacterium rA10 gyrB gene for subunit B protein of DNA gyrase, partial cds	668	52.8%	611.029	1.22e-169	86.5%
372	DQ657377	Ralstonia solanacearum strain UW469 DNA gyrase subunit B (gyrB) gene, partial cds	598	47.2%	543.632	2.36e-149	86.5%
373	CP159956	Hydrogenophaga sp. ANAO-22 chromosome, complete genome	1265	99.9%	1120.47	0.00e+00	86.4%
374	CP067086	Comamonas testosteroni strain G1 chromosome	1156	91.3%	1043.6547	7.11e-300	86.4%
375	CP174505	Comamonas testosteroni strain VSPL.dLG chromosome, complete genome	1157	91.4%	1037.7079	4.39e-298	86.4%
376	CP010799	Ralstonia mannitolilytica strain SN82F48 chromosome 1, complete sequence	949	75.0%	855.832	2.47e-243	86.4%
377	CP049132	Ralstonia mannitolilytica strain Guangzhou-RMAB10 chromosome 1	949	75.0%	855.832	2.47e-243	86.4%
378	AB020259	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6211	687	54.3%	616.976	1.97e-171	86.4%
379	AB020266	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6219	687	54.3%	616.976	1.97e-171	86.4%
380	AB020260	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6212	682	53.9%	614.994	7.80e-171	86.4%
381	FJ161075	Sphaerotilus montanus strain HS DNA gyrase subunit B (gyrB) gene, partial cds	689	54.4%	613.011	3.08e-170	86.4%
382	CP020046	Thiomonas intermedia strain ATCC 15466 chromosome, complete genome	755	59.6%	680.8999	1.13e-190	86.4%
383	MT277404	Ralstonia solanacearum strain AN_PRSGr DNA gyrase B (gyrB) gene, partial cds	598	47.2%	535.703	5.76e-147	86.4%
384	CP123990	Variovorax paradoxus strain MGMM5 chromosome, complete genome	1265	99.9%	1156.6454	0.00e+00	86.3%
385	CP075184	Acidovorax radicis strain 79 chromosome, complete genome	1196	94.5%	1070.91	0.00e+00	86.3%
386	CP092733	Comamonas thiooxydans strain CHJ01 chromosome, complete genome	1171	92.5%	1041.672	2.81e-299	86.3%
387	CP000245	Ramlibacter tataouinensis TTB310, complete genome	1178	93.0%	1045.637	1.80e-300	86.3%
388	CP181388	Mutant Rubrivivax gelatinosus isolate YF10, complete genome	1105	87.3%	1056.0397	1.33e-303	86.3%
389	CP181386	Mutant Rubrivivax gelatinosus isolate YF6, complete genome	1105	87.3%	1056.0397	1.33e-303	86.3%
390	CP181387	Mutant Rubrivivax gelatinosus isolate AJ1, complete genome	1105	87.3%	1056.0397	1.33e-303	86.3%
391	CP001013	Leptothrix cholodnii SP-6 chromosome, complete genome	1018	80.4%	921.2464	5.02e-263	86.3%
392	CP104562	Roseateles amylovorans strain BIM B-1768 chromosome, complete genome	1085	85.7%	1036.217	1.23e-297	86.3%
393	CP047136	Ralstonia solanacearum strain CFBP 8697 chromosome, complete genome	904	71.4%	805.783	2.87e-228	86.3%
394	AB020268	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6232	682	53.9%	607.065	1.90e-168	86.3%
395	CP002580	Burkholderia plantarii strain PG1 chromosome 1, complete sequence	632	49.9%	563.455	2.55e-155	86.3%
396	CP021455	Comamonas serinivorans strain DSM 26136 chromosome, complete genome	1265	99.9%	1114.52	0.00e+00	86.2%
397	CP139994	Comamonas testosteroni strain HAMBI_0403 chromosome, complete genome	1160	91.6%	1101.6326	0.00e+00	86.2%
398	CP010951	Ramlibacter tataouinensis strain 5-10, complete genome	1187	93.8%	1047.6190000000001	4.56e-301	86.2%
399	CP049919	Roseateles sp. DAIF2 chromosome, complete genome	1102	87.0%	972.293	2.16e-278	86.2%
400	CP000316	Polaromonas sp. JS666, complete genome	774	61.1%	748.2977000000001	5.80e-211	86.2%
401	CP011257	Ralstonia mannitolilytica strain SN83A39 chromosome 1, complete sequence	949	75.0%	839.974	1.47e-238	86.2%
402	AB020249	Comamonas sp. MBIC 3276 gyrB gene for DNA gyrase subunit B, partial cds, strain: MBIC 3276	652	51.5%	579.313	4.29e-160	86.2%
403	AP029224	Beta proteobacterium TEGF002 DNA, complete genome	1265	99.9%	1108.58	0.00e+00	86.1%
404	AP029223	Beta proteobacterium INBF004 DNA, complete genome	1265	99.9%	1108.58	0.00e+00	86.1%
405	CP027666	Ottowia oryzae strain KADR8-3 chromosome, complete genome	1262	99.7%	1102.63	0.00e+00	86.1%
406	CP089742	Melaminivora jejuensis strain KACC 19629 chromosome, complete genome	1200	94.8%	1079.3354	0.00e+00	86.1%
407	CP125947	Comamonas resistens strain ZM22 chromosome, complete genome	1124	88.8%	980.2225	8.85e-281	86.1%
408	CP000555	Methylibium petroleiphilum PM1, complete genome	1145	90.4%	1075.8632	0.00e+00	86.1%
409	CP110257	Caldimonas aquatica strain LMG 23380 chromosome, complete genome	1019	80.5%	891.02	6.30e-254	86.1%
410	CP132507	Rhodoferax mekongensis strain TBRC 17307 chromosome, complete genome	1156	91.3%	1015.903	1.61e-291	86.1%
411	AP026970	Comamonadaceae bacterium OS-4 DNA, complete genome	1094	86.4%	964.364	5.26e-276	86.1%
412	CP000267	Rhodoferax ferrireducens T118, complete genome	692	54.7%	603.1	2.97e-167	86.1%
413	CP138198	Rhodoferax ferrireducens strain YZ-1 chromosome, complete genome	692	54.7%	603.1	2.97e-167	86.1%
414	AB020258	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6207	687	54.3%	601.118	1.17e-166	86.1%
415	AB020263	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6215	682	53.9%	599.136	4.63e-166	86.1%
416	CP007212	Burkholderia plantarii strain ATCC 43733 chromosome 1, complete sequence	632	49.9%	555.526	6.22e-153	86.1%
417	CP157616	Variovorax sp. KK3 chromosome, complete genome	1265	99.9%	1214.1339	0.00e+00	86.0%
418	CP012687	Ralstonia solanacearum strain UY031, complete sequence	904	71.4%	781.9960000000001	4.16e-221	86.0%
419	CP047138	Ralstonia solanacearum strain CFBP 8695 chromosome, complete genome	904	71.4%	781.9960000000001	4.16e-221	86.0%
420	CP088233	Ralstonia solanacearum strain UW72 chromosome	904	71.4%	781.9960000000001	4.16e-221	86.0%
421	CP060295	Variovorax sp. PAMC26660 chromosome, complete genome	1265	99.9%	1150.6958	0.00e+00	85.9%
422	CP054424	Rhodoferax sp. BAB1 chromosome, complete genome	1265	99.9%	1186.8667	0.00e+00	85.9%
423	CP104377	Comamonas squillarum strain PR12 chromosome, complete genome	1194	94.3%	1101.1377	0.00e+00	85.9%
424	CP043575	Comamonas koreensis strain T50-37 chromosome, complete genome	1194	94.3%	1093.2077	0.00e+00	85.9%
425	CP078069	Comamonas sp. NLF-1-9 chromosome, complete genome	1135	89.7%	973.783	0.00e+00	85.9%
426	CP156659	Vandammella animalimorsus strain SK20231019-0001 chromosome, complete genome	1107	87.4%	946.032	0.00e+00	85.9%
427	AP014568	Serpentinomonas raichei DNA, complete genome	997	78.8%	858.812	0.00e+00	85.9%
428	CP044549	Hydrogenophaga sp. BPS33 chromosome, complete genome	1187	93.8%	1019.8679999999999	1.03e-292	85.9%
429	CP002039	Herbaspirillum seropedicae SmR1, complete genome	1046	82.6%	1003.0114	1.22e-287	85.9%
430	CP049334	Herbaspirillum seropedicae strain Z69 chromosome	1046	82.6%	1003.0114	1.22e-287	85.9%
431	CP011930	Herbaspirillum seropedicae strain Z67, complete genome	1046	82.6%	1003.0114	1.22e-287	85.9%
432	CP034395	Herbaspirillum seropedicae strain AU13965 chromosome, complete genome	1046	82.6%	999.0474	1.91e-286	85.9%
433	CP066798	Burkholderia plantarii strain KACC 18964 chromosome 1, complete sequence	632	49.9%	547.597	1.51e-150	85.9%
434	AY987924	Burkholderia dolosa strain LMG 18942 GyrB (gyrB) gene, partial cds	635	50.2%	545.614	5.99e-150	85.9%
435	CP086006	Burkholderia dolosa strain FDAARGOS_1545 chromosome 1	635	50.2%	545.614	5.99e-150	85.9%
436	CP009795	Burkholderia dolosa AU0158 chromosome 1, complete sequence	635	50.2%	545.614	5.99e-150	85.9%
437	CP082882	Burkholderia dolosa strain FDAARGOS_1463 chromosome 1, complete sequence	635	50.2%	545.614	5.99e-150	85.9%
438	CP085967	Burkholderia dolosa strain FDAARGOS_1544 chromosome 1, complete sequence	635	50.2%	545.614	5.99e-150	85.9%
439	AY987923	Burkholderia dolosa strain LMG 18941 GyrB (gyrB) gene, partial cds	635	50.2%	545.614	5.99e-150	85.9%
440	CP033840	Burkholderia dolosa strain FDAARGOS_562 chromosome 3, complete sequence	635	50.2%	545.614	5.99e-150	85.9%
441	CP069482	Burkholderia dolosa strain FDAARGOS_1272 chromosome 1, complete sequence	635	50.2%	545.614	5.99e-150	85.9%
442	LR594689	Variovorax sp. WDL1 genome assembly, chromosome: 1	1265	99.9%	1142.7676999999999	0.00e+00	85.8%
443	CP171842	Limnohabitans sp. DCL3 chromosome, complete genome	1265	99.9%	1076.86	0.00e+00	85.8%
444	CP170545	Roseateles sp. UC29_93 chromosome, complete genome	1084	85.6%	920.7539999999999	7.06e-263	85.8%
445	AB021438	Bacterium rM4 gyrB gene for subunit B protein of DNA gyrase, partial cds	721	57.0%	613.011	3.08e-170	85.8%
446	AB020267	Delftia acidovorans gyrB gene for DNA gyrase subunit B, partial cds, strain: JCM6220	687	54.3%	585.26	6.96e-162	85.8%
447	CP113068	Roseateles sp. SL47 chromosome	1040	82.1%	953.4534	1.01e-272	85.8%
448	LR594666	Variovorax sp. SRS16 genome assembly, chromosome: 1	1265	99.9%	1126.9049	0.00e+00	85.7%
449	CP092462	Comamonas sp. B21-038 chromosome	1200	94.8%	1081.3168	0.00e+00	85.7%
450	GU591797	Sphaerotilus hippei strain 566 DNA gyrase subunit B (gyrB) gene, partial cds	1072	84.7%	900.931	6.55e-257	85.7%
451	CP087964	Polaromonas sp. P1(28)-8 chromosome, complete genome	774	61.1%	642.745	3.45e-179	85.7%
452	CP013136	Herbaspirillum seropedicae strain AU14040 chromosome, complete genome	1046	82.6%	983.1894	1.13e-281	85.7%
453	CP036282	Rhodoferax aquaticus strain Gr-4 chromosome, complete genome	705	55.7%	597.153	1.83e-165	85.7%
454	CP087966	Polaromonas sp. P1-6 chromosome, complete genome	691	54.6%	573.366	2.65e-158	85.7%
455	LR594675	Variovorax sp. PBS-H4 genome assembly, chromosome: 1	1265	99.9%	1053.07	0.00e+00	85.6%
456	KP432875	Uncultured bacterium clone contig138798 genomic sequence	943	74.5%	791.415	0.00e+00	85.6%
457	CP173677	Brachymonas sp. G13 chromosome, complete genome	1265	99.9%	1049.11	0.00e+00	85.5%
458	AP012320	Rubrivivax gelatinosus IL144 DNA, complete genome	1148	90.7%	1010.4484	7.05e-290	85.5%
459	CP087965	Polaromonas sp. P2-4 chromosome, complete genome	703	55.5%	573.366	2.65e-158	85.5%
460	CP011409	Herbaspirillum hiltneri N3, complete genome	674	53.2%	559.49	3.98e-154	85.5%
461	CP111109	Comamonadaceae bacterium AAW chromosome, complete genome	1195	94.4%	981.712	0.00e+00	85.4%
462	AB021433	Bacterium rJ13 gyrB gene for subunit B protein of DNA gyrase, partial cds	724	57.2%	595.171	7.23e-165	85.4%
463	CP136921	Diaphorobacter limosus strain Y-1 chromosome, complete genome	1265	99.9%	1025.32	0.00e+00	85.3%
464	AP019749	Comamonas terrigena NBRC 13299 DNA, complete genome	1265	99.9%	1021.36	0.00e+00	85.3%
465	CP136336	Piscinibacter gummiphilus strain SBD 7-3 chromosome, complete genome	1142	90.2%	924.719	4.52e-264	85.3%
466	AP029222	Beta proteobacterium INBF003 DNA, complete genome	1265	99.9%	1021.36	0.00e+00	85.2%
467	CP083451	Comamonas odontotermitis strain WLL chromosome, complete genome	1265	99.9%	1013.43	0.00e+00	85.2%
468	CP035708	Sphaerotilus sulfidivorans strain D-507 chromosome, complete genome	1140	90.0%	914.807	4.36e-261	85.2%
469	GU734704	Sphaerotilus natans subsp. sulfidovorans strain D-507 DNA gyrase subunit B (gyrB) gene, partial cds	1131	89.3%	904.896	4.19e-258	85.2%
470	AM490563	Herbaspirillum seropedicae gyrB gene for DNA gyrase subunit B, type II topoisomerase, ATPase activity, protein	1046	82.6%	833.535	1.27e-236	85.2%
471	CP035503	Rhodoferax sediminis strain CHu59-6-5 chromosome, complete genome	1135	89.7%	964.8563	3.74e-276	85.2%
472	LR594659	Variovorax sp. PBL-H6 genome assembly, chromosome: 1	1265	99.9%	1071.4077	3.13e-308	85.1%
473	CP171843	Limnohabitans sp. yimb22184 chromosome, complete genome	1265	99.9%	1005.5	0.00e+00	85.1%
474	CP042344	Comamonas flocculans strain NLF-7-7 chromosome, complete genome	1190	94.0%	948.014	0.00e+00	85.1%
475	CP011514	Mitsuaria sp. 7, complete genome	1084	85.6%	865.251	3.60e-246	85.1%
476	CP046023	Polaromonas sp. Pch-P chromosome, complete genome	1187	93.8%	956.9267	9.12e-274	85.1%
477	CP031013	Polaromonas sp. SP1 chromosome, complete genome	1187	93.8%	956.9267	9.12e-274	85.1%
478	FJ032203	Sphaerotilus natans subsp. natans strain DSM 6575 DNA gyrase subunit B (gyrB) gene, partial cds	1083	85.5%	857.3219999999999	8.79e-244	85.1%
479	CP031395	Hylemonella gracilis strain NS1 chromosome	1002	79.1%	789.433	0.00e+00	85.0%
480	CP088297	Aquabacterium sp. J223 chromosome	1141	90.1%	894.9839999999999	4.04e-255	85.0%
481	CP021652	Ralstonia solanacearum strain RS 488, complete sequence	904	71.4%	758.2090000000001	6.02e-214	85.0%
482	CP011774	Limnohabitans sp. 63ED37-2 chromosome, complete genome	1265	99.9%	989.641	0.00e+00	84.9%
483	CP014517	Variovorax sp. PAMC 28711 chromosome, complete genome	1265	99.9%	989.641	0.00e+00	84.9%
484	LR594671	Variovorax sp. PBL-E5 genome assembly, chromosome: 1	1265	99.9%	989.641	0.00e+00	84.9%
485	AP029226	Beta proteobacterium TEGF005 DNA, complete genome	1265	99.9%	981.712	0.00e+00	84.9%
486	CP000542	Verminephrobacter eiseniae EF01-2, complete genome	1196	94.5%	928.191	0.00e+00	84.9%
487	CP171806	Caldimonas aquatica strain HS-12-14 chromosome, complete genome	1145	90.4%	894.9839999999999	4.04e-255	84.9%
488	CP015698	Curvibacter sp. AEP1-3 chromosome, complete sequence	1195	94.4%	910.351	0.00e+00	84.8%
489	CP039252	Hydrogenophaga sp. PAMC20947 chromosome, complete genome	1265	99.9%	969.819	0.00e+00	84.7%
490	CP097636	Aquincola tertiaricarbonis strain RN12 chromosome 2, complete sequence	1149	90.8%	887.5474	7.00e-253	84.7%
491	CP013729	Roseateles depolymerans strain KCTC 42856 chromosome, complete genome	1106	87.4%	837.499	8.15e-238	84.6%
492	CP058554	Comamonas piscis strain BIGb0172 chromosome	1194	94.3%	884.581	0.00e+00	84.4%
493	CP048836	Nitrogeniibacter mangrovi strain M9-3-2 chromosome, complete genome	1079	85.2%	772.084	4.01e-218	84.2%
494	CP012073	Ottowia sp. oral taxon 894 strain W10237, complete genome	1262	99.7%	880.617	0.00e+00	83.9%
495	CP182288	Roseateles sp. So40a chromosome, complete genome	1083	85.5%	760.1909999999999	1.52e-214	83.9%
496	AP014569	Serpentinomonas mccroryi DNA, complete genome	1203	95.0%	831.06	0.00e+00	83.8%
497	CP152376	Rhodoferax sp. GW822-FHT02A01 chromosome, complete genome	1196	94.5%	785.468	0.00e+00	83.5%
498	CP097870	Thauera sp. GDN1 chromosome, complete genome	870	68.7%	531.739	9.00e-146	82.8%
499	CP141259	Aromatoleum evansii strain MAY27 chromosome, complete genome	1138	89.9%	593.189	2.86e-164	81.8%
500	CP001281	Thauera sp. MZ1T, complete genome	1194	94.3%	577.331	1.70e-159	81.3%

Selected alignment

Selected taxonomy

Kingdom
Phylum
Class
Order
Family
Genus
Species

Boxplot of BLAST hit identity percent grouped by genus

The boxplot above shows the distribution of BLAST hits identity within each genus. Each data point shows the alignment identity between the query sequence and reference sequence. The analyst may wish to refer to this figure when making a subjective genus-level identification for the sample.

Analyst evaluation

Taxa of interest (TOI)

This sections shows the taxa of interest (TOI) specified by the sample submitter. Each of these taxa has been cross-referenced against the candidate species to determine if they might match the taxonomic identity of the sample. A blank row indicates a TOI that did not match any candidate species, meaning that it is unlikely that the sample matches that TOI.

No Taxa of Interest to assess.

Reference sequence source diversity

This analysis evaluates how many independent sources have contributed to reference sequences for each candidate species. This provides a measure of confidence in the taxonomic annotation of references sequences. A sequence that has been annotated by multiple independent sources is more likely to have a correct taxonomic annotation.

Analyst evaluation

No candidate species to report on.

Intraspecies diversity

This section provides a phylogeny of the candidate reference sequences. The analyst can use this to make a subjective observation on how well the reference sequences are able to distinguish between species. If the phylogeny shows distinct clades for each species, we can be confident that the molecular data are capable of distinguishing between those species. However, if the phylogeny shows overlap between species, this reduces the capacity of the molecular data to confidently distinguish between those species. In some cases, we may see the query sequence falling outside of the adjacent species' clades, which indicates that our query species is not represented in the reference database, which could indicate a rare or novel species.

Analyst evaluation

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The phylogetic tree was constructed with FastME using the Neighbor-Joining method. Multiple-sequence alignment of the candidate reference sequences was performed using MAFFT. The visualization is rendered with TidyTree.

Taxonomy Check

The following resources can be used to ensure that the given taxonomy is legitimate and current.

Taxa	Database
General	GBIF
General	ITIS
Mealybugs & scale	ScaleNet database
Thrips	Thripswiki
Spider Mites	Spider Mites Database
Psocodea (Barklice, Booklice, and Parasitic Lice)	Psocodea Species File Online
Orthoptera	Orthoptera Species File Online
Drosophilidae	TaxoDros
Diptera	Catalog of the Diptera of the Australasian and Oceanian Regions Systema Dipterorum
Aphids	Aphid Species File
Ants	AntWeb AntCat
Lepidoptera (butterflies and moths)	The Global Lepidoptera Names Index
Gracillariidae (primitive moths)	Global Taxonomic Database of Gracillariidae
Pyralidae (pyralid moths)	Global Information System on Pyraloidea
Tortricidae (tortrix moths)	Tortricidae Resources on the Net

Taxonomic identification report

Result overview

Sample details

Input DNA sequence

Analyst evaluation

Identification of candidate species

Candidate species

BLAST search results

Analyst evaluation

Taxa of interest (TOI)

Reference sequence source diversity

Analyst evaluation

Intraspecies diversity

Analyst evaluation

Taxonomy Check